Arkreen Partners with Datamall Chain and Fog Works for Sustainable Decentralized AI

Inferix Announces Launch of "Supernode GPU Staking Mining Testnet 1" on IoTeX This January Inferix, a trailblazer in decentralized AI and blockchain solutions, has revealed plans to launch its "Supernode GPU Staking Mining Testnet 1" on January 2, 2025, leveraging the IoTeX blockchain. This ambitious initiative will focus on training AI models using high-performance GPUs, including NVIDIA’s H100, aiming to revolutionize how decentralized compute networks are utilized for AI applications. The testnet is designed to cater to two primary groups: AI builders and GPU owners. AI developers will have the opportunity to explore Inferix’s extensive compute network and deploy AI-powered decentralized applications (dApps) on the IoTeX blockchain. As a reward for their participation, developers will earn $IFX tokens, which will transition into mainnet tokens upon the testnet's completion. On the other hand, GPU owners can contribute their idle computing resources to support AI model training. By participating in the network, they too will earn $IFX tokens, creating an incentive structure that benefits both contributors and the broader ecosystem. The initiative not only taps into the underutilized potential of high-end GPUs but also aligns with the growing demand for decentralized AI infrastructure. Participants eager to join the testnet are advised to ensure they have a public IP address and a worker node that can be accessed via SSH. These technical requirements will allow seamless integration into the network and maximize the effectiveness of their contributions. This launch marks a significant milestone for Inferix, as it seeks to merge decentralized physical infrastructure with the power of AI. By utilizing IoTeX’s blockchain, which is renowned for its scalability and security, Inferix is poised to set a new standard for decentralized AI computing. The testnet officially goes live on January 2, 2025, inviting AI builders and GPU owners to be part of a pioneering effort in decentralized computing. Stay tuned for more updates as Inferix paves the way for a transformative future in AI and blockchain convergence.

The $KICK token sale is set to launch on Fjord Foundry from December 19 at 12 PM UTC until December 23 at 10 AM UTC. This event presents a unique opportunity for investors to acquire $KICK tokens at a fixed sale price of $0.00875 each, using USDC on the Base Network. The sale marks the entry point into the XProtocol ecosystem, with the full release of tokens scheduled for the Token Generation Event (TGE) in Q1 2025. This limited-time offer encourages early participation to maximize potential rewards. In addition to purchasing $KICK tokens, participants who contribute $800 or more will unlock exclusive rewards. These rewards include an XForge Smartphone, valued at $499, which is the first node-operated blockchain DePIN smartphone, and a Xardian Node, valued at $300, which is essential for securing the XProtocol network and earning $KICK rewards. It is important to note that rewards are limited to one set per wallet, and the smartphone can be exchanged for a node if the user's country is not supported. To participate in the $KICK Xmas Sale, users must prepare their wallets by ensuring they have USDC ready on the Base Network, typically through a wallet like MetaMask. Once the sale goes live, participants can secure their tokens on Fjord Foundry. After purchasing, buyers will initially receive placeholder tokens, which can be exchanged for actual $KICK tokens during the TGE. To claim the Xmas rewards, users must connect to the designated website with their whitelisted wallet and provide shipping details, with expectations for smartphone shipments starting in Q1 2025. More updates will follow as the shipment date approaches.

Web3Bay (3BAY) is making significant strides in the e-commerce sector by introducing a decentralized, community-driven marketplace. The platform aims to disrupt traditional e-commerce models that often exploit user data and impose high fees. With the launch of its 3BAY token, priced at just $0.003 during the presale, Web3Bay offers users a chance to engage in secure transactions while also granting them governance rights to influence platform policies. This innovative approach not only enhances user experience but also empowers the community to shape the future of the marketplace, making it a compelling option for investors looking to capitalize on the burgeoning Web3 landscape. In addition to Web3Bay, other projects like Helium (HNT) and Mask Network (MASK) are also gaining traction within the Web3 ecosystem. Helium's IoT-centric network is projected to see significant price growth, with forecasts suggesting a rise from its current valuation of around $8.98 to as high as $32.99 by 2025. Analysts attribute this potential growth to the increasing demand for IoT solutions and the anticipated impact of Bitcoin's halving. Similarly, Mask Network is expected to benefit from the growing adoption of decentralized social media, with price predictions indicating a potential rise to $12.50 by 2025, contingent on broader market trends and user engagement. The overall sentiment surrounding these projects is optimistic, as they each contribute to the evolution of decentralized technologies. Web3Bay's focus on creating a fair and transparent e-commerce platform, combined with the promising outlook for Helium and Mask Network, highlights the transformative potential of Web3 innovations. As the presale for the 3BAY token progresses, early investors are presented with a unique opportunity to secure a stake in a project that aims to redefine digital commerce, potentially yielding substantial returns as the market matures.

As the decentralized physical infrastructure networks (DePIN) landscape evolves in 2024, Roam has emerged as a frontrunner, boasting over one million self-built nodes and more than 1.72 million user registrations globally. This significant growth positions Roam at the top of DePINScan's hardware node rankings. The company's success is largely attributed to its innovative OpenRoaming™ technology, which facilitates seamless connectivity across over four million WiFi hotspots in 190 countries. This technological edge not only enhances user experience but also underscores the potential for widespread adoption of Web3 applications in everyday life, validating Roam's user-friendly business model in the decentralized wireless network sector. In October 2024, Roam announced the development of a global Telecom Data Layer alongside the launch of Roam eSIM, aimed at rapidly expanding its user base through a cost-effective and secure approach. The introduction of Roam Growth, a key module of the Telecom Data Layer, is set to revolutionize income generation for network participants. This initiative will enable users to transform their network devices, such as Roam routers, into economic assets through automated service integration, thereby facilitating multi-mining capabilities. The collaboration with Huma for router purchase plans further lowers entry barriers, encouraging broader participation in Roam's ecosystem. Roam's strategic focus on community engagement and innovation is evident in its ecosystem, which comprises four essential modules: Roam Network, Roam Growth, Roam Discovery, and Roam Community. Each module plays a vital role in fostering collaboration, incentivizing participation, and enhancing user experience. As Roam continues to expand its offerings and optimize its incentive mechanisms, it is poised to attract more developers and users, solidifying its position as a leader in the decentralized telecom data network space. The integration of AI into Roam's operations promises to unlock new opportunities for intelligent network management and user engagement, paving the way for a robust and sustainable future in the DePIN ecosystem.

In the rapidly evolving landscape of blockchain technology, the concept of Decentralized Physical Infrastructure Networks (DePIN) is gaining significant traction. DePIN represents a transformative approach to network architecture, facilitating innovation across various sectors, including storage, computing, and artificial intelligence. By leveraging token incentive mechanisms, DePIN encourages users to contribute resources, thus enhancing network efficiency and lowering barriers to entry. Recent developments in this space have seen the emergence of projects like Filecoin, Helium, Shadow Token, and Aethir, which not only showcase innovative applications but also serve as compelling case studies for the practical implementation of decentralized networks. DePIN encompasses a broad spectrum of services, categorized into physical basic networks and digital resource networks. This framework allows for the aggregation of resources, enabling providers with underutilized assets to rent them out, thereby maximizing efficiency. The decentralized nature of DePIN mitigates concerns associated with centralized entities, such as downtime and resource scarcity. As demand fluctuates, the network can dynamically scale its resources, ensuring optimal performance without the need for significant infrastructure changes. This flexibility is crucial in today's fast-paced digital environment, where resource demands can shift rapidly. Among the notable projects in the DePIN ecosystem, Filecoin stands out as a leader in decentralized storage, while Helium has pioneered a decentralized wireless infrastructure. Shadow Token aims to disrupt traditional cloud storage models, and Aethir is emerging as a competitor in decentralized computing. Each of these projects not only illustrates the potential of DePIN but also highlights the shift towards a more democratized infrastructure model, where individuals collectively invest resources to build and maintain facilities. As the DePIN sector continues to grow, it promises to reshape the way we think about resource allocation and network management in the blockchain era.

In the rapidly evolving landscape of blockchain technology, Lit Protocol is making significant strides in enhancing cryptographic capabilities to bridge the gap between fragmented networks and platforms. As a decentralized key management and private compute network, Lit Protocol provides developers with essential tools to securely manage secrets and build autonomous applications. With foundational support for cryptographic primitives such as BLS and ECDSA signatures, developers have leveraged Lit to create innovative applications that facilitate seamless interactions between web2 and web3 environments. This year has seen remarkable growth in areas like AI agents, chain abstraction, user wallets, and verifiable web data, showcasing the potential of Lit’s infrastructure. Looking ahead to 2025, Lit Protocol plans to expand its cryptographic offerings by introducing additional signature schemes and curves to enhance interoperability across various ecosystems. Key improvements include performance enhancements for ECDSA signing, support for NIST curves like P-256 and P-384, and the integration of Schnorr/EdDSA signatures through the FROST protocol. These advancements will enable developers to build more secure and efficient applications while ensuring compatibility with a diverse range of blockchain ecosystems. Furthermore, the introduction of Fully Homomorphic Encryption (FHE) keys will allow computations on encrypted data, preserving privacy while enabling advanced analytics and secure data sharing. The achievements of Lit Protocol in 2024 reflect the dedication of its developer community, with over 24 million cryptographic requests fulfilled and more than 1 million keys created. Notable partnerships with organizations like Fox, Genius, and Emblem Vault highlight the versatility of Lit Protocol in various applications, from decentralized finance to programmable data management. As Lit continues to innovate and expand its capabilities, it remains committed to providing developers with the best tools to create secure, decentralized, and autonomous applications, ultimately unifying the fragmented digital landscape we navigate today.